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Calculadora Gratuita de Argamassa

Calculadora de Argamassa

Descubra a quantidade exata de argamassa colante necessária para a sua obra de revestimento cerâmico ou porcelanato. Informe as dimensões, o tamanho da peça, a desempenadeira dentada e a argamassa para estimar sacos, peso e custos.

Cálculos baseados em fichas técnicas oficiais dos fabricantes (TDS) com transparência em todas as fórmulas.
Detalhes da Obra
| |
ft
×
ft
ANSI A118.4HT
Recomendação Automática
10%
0% (Exact) 10% (Standard) 15% (Cuts) 20%+
$
Resultados do Cálculo
Compra Recomendada
3
sacos de argamassa de 20 kg / 50 lb
Peso Total
150 lb
~68 kg
Rendimento por Saco
40 ft²
1/2×1/2 trowel
Área Efetiva Calculada
198 ft²
incl. 10% waste
Água de Mistura
16.5 qt
~4.1 gal total
Custo Estimado
$74.97
@ $24.99/bag
Back-Butter
Recommended
For 12×24 LFT
Recommended: 1/2 × 1/2 in Square Notch

Standard starting recommendation for 12×24 porcelain tile to ensure minimum 80% to 95% mortar coverage.

Calculadora Gratuita de Argamassa

Como Usar a Calculadora de Argamassa

Obtenha um cálculo confiável em 6 passos práticos — Modo Rápido para reformas simples e Modo Pro para instaladores.

1 Step 1

1. Medição da área de assentamento

Informe comprimento × largura, digite a metragem quadrada direta ou some vários cômodos.

Informe comprimento × largura, digite a metragem quadrada direta ou some vários cômodos.
Tip: Measure niches, tub aprons and steps separately.
Step details: 1–6 Steps
1
Step 01

1. Medição da área de assentamento

Informe comprimento × largura, digite a metragem quadrada direta ou some vários cômodos.

Step 1
2
Step 02

2. Seleção do tamanho do revestimento

Escolha formatos padrão (pastilha, 30×30, 60×60, 60×120 cm) para determinar os dentes da desempenadeira.

Step 2
3
Step 03

3. Escolha da desempenadeira

Aproveite a recomendação automática conforme a norma ou selecione sua ferramenta.

Step 3
4
Step 04

4. Seleção da argamassa colante

Selecione argamassa AC-II / AC-III flexível ou produtos de marcas reconhecidas.

Step 4
5
Step 05

5. Adição de perdas e recortes

Acrescente de 10% a 15% para cortes e ative a dupla colagem para grandes formatos.

Step 5
6
Step 06

6. Resumo de sacos e água

Obtenha a quantidade de sacos inteiros arredondada para cima e o volume de água em litros.

Step 6
Quick Answer

Quanta Argamassa Preciso Comprar?

A standard 25 kg / 50 lb bag of thinset covers between 35 and 95 sq ft (3.5 to 9 m²) depending heavily on the trowel notch size:

High Yield
Pastilhas e pequenos azulejos
7 – 9 m² por saco de 20 kg
dente de 4 a 6 mm em V ou quadrado
Most Common
Piso cerâmico padrão 30×30 cm
5 – 6.5 m² por saco de 20 kg
dente quadrado de 8 a 10 mm
Heavy Bed
Grandes formatos (60×60 cm+)
3.5 – 4.5 m² por saco de 20 kg
dente de 12 mm + dupla colagem
Interactive Estimator

Room Size to Bag Estimator

150 sq ft
20 sq ft 150 sq ft 350 sq ft 600 sq ft
Bags Needed
4 Bags
sacos de 20 kg / 25 kg
Total Mortar Weight
200 lb
~91 kg
Mixing Water
5.5 gal
clean cold water
Estimated Cost
$99.96
@ ~$25 per bag
* Based on standard format with 10% waste allowance. Open Full Pro Calculator →

Key Factors Determining Real Mortar Usage:

Trowel Notch Depth

A 12 mm notch applies more than double the volume of a 4 mm notch.

Back-Buttering Requirement

Mandatory for tiles > 15 inches to achieve 80-95% coverage (+15-20% mortar).

Product Density

Lightweight polymer mortars cover identical surface area with less weight.

Substrate & Membranes

Uneven screeds and uncoupling membranes absorb extra mortar.

Technical Standards

Tabela de Rendimento de Argamassa

Official coverage benchmarks per 25 kg / 50 lb bag across trowel tooth geometries.

Cross-Section Profile CAD Profile
Width: 1/2" (12.7mm) • Depth: 1/2" (12.7mm)
Select Trowel Notch Type:

1/2" × 1/2" Square Notch

Essential for achieving ANSI 80% (dry) and 95% (wet) bond contact.

Coverage / Bag 35 – 45 sq ft
Usage Rate ~1.11 – 1.43 lb/sq ft
Ridge Volume Heavy Volume
Trowel Notch Profile Typical Application Coverage / Bag Usage (kg/m² or lb/sq ft)
4 mm / 3/16" V-Notch
V-Notch Mosaics, glass tile, small wall tiles 8.5 – 10.5 m² (85-100 sq ft) ~2.4 – 2.8 kg/m²
6 mm / 1/4" Square
Square Tiles up to 20×20 cm (8×8"), subway wall tiles 7.0 – 8.5 m² (75-90 sq ft) ~2.8 – 3.5 kg/m²
8-10 mm / 3/8" Square
Square Floor tiles 30×30 cm (12×12"), pavers 5.0 – 6.5 m² (50-65 sq ft) ~3.8 – 5.0 kg/m²
12 mm / 1/2" Square
Square Large format 30×60, 60×60 cm (LFT) 3.5 – 4.5 m² (35-45 sq ft) ~5.5 – 7.0 kg/m²
15 mm / 3/4" U-Notch
U-Notch XXL porcelain panels, natural stone 2.8 – 3.5 m² (28-35 sq ft) ~7.0 – 8.8 kg/m²
Euro Slanted Notch
Slanted Heated floors, outdoor terraces, slabs 3.0 – 4.0 m² (30-40 sq ft) ~6.0 – 8.0 kg/m²
Tool Selection

Guia de Desempenadeiras Dentadas

Match your tile dimensions to the recommended notch size and compressed bed thickness:

Tile Size Tile Type Notch Size Profile Compressed Bed Usage Rate
Mosaics (1" - 2")
Glass / Ceramic 4 mm / 3/16"
V-Notch
~1.5 mm Low consumption Prevents squeeze out into grout joints.
Subway & Wall (4×4)
Glazed ceramic 6 mm / 1/4"
Square
~2.0 mm Moderate Provides non-sag vertical hold.
Floor 30×30 cm (12×12)
Porcelain / Ceramic 8 mm / 3/8"
Square
~3.0 mm Standard Straight line troweling pattern.
Large Format 30×60 cm (12×24)
Rectified porcelain 12 mm / 1/2"
Square / U
~4.0 mm High Back-buttering mandatory for 80%+ contact.
Large Square 60×60 cm (24×24)
Polished porcelain 12 mm / Euro
Euro / U
~4.5 mm Very high Requires medium-bed non-slump mortar.
Wood Plank (20×120 cm)
Plank porcelain 12 mm / Euro
Slanted
~4.5 mm Very high Install with max 33% offset to prevent lippage.
Uncoupling Membrane (DITRA)
Polyethylene mat 4 mm / 3/16"
V / Square
~1.5 mm under mat Separate coat (~15 m²/bag) Follow membrane manufacturer specifications.
Format Guide

Consumo por Dimensão do Revestimento

Recommended trowel size, average coverage and installation criteria by format:

Mosaics & Sheets

Up to 5×5 cm

Thin bed prevents squeeze-out between small joints.

Desempenadeira denteada: 4 mm V-Notch
Rendimento por saco: 8 – 10 m² / bag
Espessura compactada: ~1.5 mm
Dupla colagem (costado): Not required
Classificação da argamassa: C2 TE S1 Polymer

Subway & Wall Tiles

7.5×15 to 10×30 cm

Non-sag thixotropic hold on vertical walls.

Desempenadeira denteada: 6 mm Square
Rendimento por saco: 7 – 8.5 m² / bag
Espessura compactada: ~2.0 mm
Dupla colagem (costado): Optional
Classificação da argamassa: C2 T Non-Sag

Standard 30×30 cm

30×30 cm (12×12")

Classic format with easy bed leveling.

Desempenadeira denteada: 8 mm Square
Rendimento por saco: 5 – 6.5 m² / bag
Espessura compactada: ~3.0 mm
Dupla colagem (costado): Recommended for uneven backs
Classificação da argamassa: C2 TE Standard

Large Format 30×60 cm

30×60 cm (12×24")

Back-buttering mandatory to eliminate hollow spots.

Desempenadeira denteada: 12 mm Square
Rendimento por saco: 3.5 – 4.5 m² / bag
Espessura compactada: ~4.0 mm
Dupla colagem (costado): Mandatory (Double Buttering)
Classificação da argamassa: C2 S1 Medium-Bed

Large Square 60×60 cm

60×60 cm (24×24")

Heavy tiles require high bond strength.

Desempenadeira denteada: 12 mm or Euro
Rendimento por saco: 3 – 4 m² / bag
Espessura compactada: ~4.5 mm
Dupla colagem (costado): Mandatory
Classificação da argamassa: C2 S1 Flexible

Wood-Look Planks

20×120 cm

Install with max 33% offset to prevent lippage.

Desempenadeira denteada: 12 mm Slanted
Rendimento por saco: 3 – 3.8 m² / bag
Espessura compactada: ~4.5 mm
Dupla colagem (costado): Mandatory
Classificação da argamassa: C2 S1 Non-Slump

Gauged Porcelain Panels

120×260 cm+

Requires 2-person handling with vacuum suction cups.

Desempenadeira denteada: Euro Slanted
Rendimento por saco: 2.5 – 3.5 m² / bag
Espessura compactada: ~4.0 mm
Dupla colagem (costado): Double coat floor + slab
Classificação da argamassa: C2 S2 Ultra-Flexible
Thickness & Bed Dynamics

Qual a Espessura da Argamassa Sob o Piso?

A common misconception is assuming trowel notch height equals final bed thickness under installed tile.

Interactive Cross-Section
Bond Coverage: Contact: 45% (Uncompressed)
Tile Body (10 mm / 3/8") 3/8" (9.5mm)
Combed Ridges (12 mm / 1/2")
/// SUBSTRATE CONCRETE BASE ///
Bed Thickness: Final Bed: ~3.5 mm (~1/8") Total Elevation: Total Elevation: ~13.5 mm
Physics Simulator

Tile Embedment & Ridge Collapse

Adjust Embedment Pressure:

Embedment Pressure: 0%
0% Fresh Combed 50% Squeezed 100% Full Collapse (95%)
Why Collapse Matters:

Uncompressed ridges leave 50% hollow air channels. Sliding tile collapses ridges into a continuous void-free structural bed.

1 Full Notch Height

Fresh Combed Ridges

Troweled at 45 degrees leaving open air channels.

Stage 01 TCNA A108
2 ~35-45% of Notch

Tile Pressed & Shifted

Ridges collapse sideways expelling air pockets.

Stage 02 TCNA A108
3 ~3.0 - 4.5 mm

Fully Cured Bed

Solid rock-like bond after cementitious hydration.

Stage 03 TCNA A108

Q Can I use thinset to level 15 mm of floor unevenness?

Limit Alert

No. Standard thinset shrinks if applied over 5 mm (1/4"). Use self-leveling underlayment or specialized medium-bed mortar.

Q How to calculate total floor elevation for doors?

Failure Risk

Tile thickness + compressed mortar bed + membrane = total elevation (typically 14 to 18 mm).

Visual Systems

Guias Visuais e Árvore de Decisão ANSI

Explore 5-layer uncoupling membrane anatomy and select the right ANSI / EN standard for your project.

Schluter DITRA Cross-Section Click on any layer to inspect technical details:

5-Layer Membrane Installation Anatomy

Click any layer of the uncoupling assembly below to inspect manufacturer specifications and coverage rules:

Uncoupling Membrane (Stress Relief Layer) Per roll

Absorbs substrate shear movements.

Smart Tool

Mortar Specification Wizard

Decision Wizard

Select 3 parameters to determine the exact mortar classification:

Recommended Class: ANSI A118.4HT

Modified Large and Heavy Tile (LFT) Mortar

Porcelain large-format tile requires high-polymer modified mortar with non-sag HT performance.

Environment Guide

Recomendações por Ambiente

Moisture exposure and traffic conditions alter mortar requirements:

High Moisture & Steam

Shower Walls & Cubicles

Eliminate hollow pockets to prevent moisture accumulation.

Contact Required: 95% Minimum Contact
Standard Class: C2 TE / ANSI A118.4T
Recommended Notch: 8 to 10 mm
Consumption Delta: +15% (with back-buttering)
Calculate for Shower →
Continuous Water Stream

Walk-in Shower Floors

Follow slope smoothly toward central drain.

Contact Required: 100% Solid Bed
Standard Class: C2 S1 Waterproof Grade
Recommended Notch: 6 to 8 mm
Consumption Delta: +10% extra mortar
Calculate for Shower Floor →
Dry Interior / Minor Splashes

Kitchen Backsplash

Non-sag paste or mortar keeps tiles aligned.

Contact Required: 80% Contact
Standard Class: C1 T or D2 Mastic
Recommended Notch: 6 mm Square
Consumption Delta: Standard coverage
Calculate for Backsplash →
Heavy Residential Traffic

Living & Hallway Floors

Supports heavy furniture and foot traffic.

Contact Required: 80-90% Contact
Standard Class: C2 TE Standard Flex
Recommended Notch: 10 to 12 mm
Consumption Delta: +10% cutting waste
Calculate for Living Area →
Thermal Expansion

Radiant Heated Floors

Air pockets act as insulation, blocking heat transfer.

Contact Required: 95% Minimum Contact
Standard Class: C2 S1 Highly Flexible
Recommended Notch: 12 mm Square / Euro
Consumption Delta: +15% (encapsulate heating cables)
Calculate for Heated Floor →
Sun, Rain, Freeze-Thaw

Outdoor Patios & Terraces

Trapped water freezes and cracks tiles.

Contact Required: 100% Void-Free Bed
Standard Class: C2 S2 Deformable
Recommended Notch: 12 mm + Back-Buttering
Consumption Delta: +20% for slope leveling
Calculate for Outdoor →
Submerged Water Pressure

Swimming Pools & Fountains

Resistant to chemical chlorine and hydrostatic pressure.

Contact Required: 100% Solid Bed
Standard Class: Epoxy R2 or C2 S2
Recommended Notch: Per tile format + full butter
Consumption Delta: +25% extra consumption
Calculate for Pool →
Rolling Carts & Heavy Footwear

Commercial Retail Floors

Prevents point-load tile cracking under cart wheels.

Contact Required: 95% Contact
Standard Class: C2 S1 Heavy-Duty
Recommended Notch: 12 mm or 15 mm U-Notch
Consumption Delta: +15% reinforcement
Calculate for Commercial →
Substrates & Prep

Requisitos por Tipo de Contrapiso

Substrate porosity, flexibility and moisture movement guide prep and adhesive choice:

Rigidity Check L/360 Compliant
J1
J2
Deflection Rating: L/360 Status: Safe for Tile
TCNA Structural Deflection Standard

Subfloor Deflection Gauge

TCNA requires subfloors to deflect no more than L/360 for ceramic/porcelain and L/720 for natural stone under full live loads:

Standard Compliance: Standard 3/4" subfloor over 16" o.c. joists is compliant with ANSI A108.01. Direct tile bond acceptable with A118.11 mortar or CBU underlayment.
Standard / L/360

Concrete Slab / Screed

The most rigid and stable base for tile.

Preparation: Clean, dust-free; check residual moisture
Impact on Usage: Standard base (no extra consumption)
Recommended Product: C2 TE Standard
EN 12467 / ANSI A118.9

Cement Backer Board (CBU)

Standard waterproof backing for showers and bathrooms.

Preparation: Tape joints with alkali-resistant mesh and mortar
Impact on Usage: +5% (board absorbs moisture)
Recommended Product: C2 TE Polymer
S1/S2 Flexible

Plywood / Wood Subfloor

Wood moves with humidity; avoid direct bond without membrane.

Preparation: Securely screwed; uncoupling membrane recommended
Impact on Usage: Membrane layer recommended
Recommended Product: C2 S2 High-Flex
CSTB / ANSI A118.10

Uncoupling Membrane (DITRA)

Isolates floor cracks so they never transfer to tile.

Preparation: Embed fleece solidly into fresh mortar
Impact on Usage: Double coat application (+100% total)
Recommended Product: Schluter ALL-SET / C2 TE
C2 S1 Renovation Grade

Tile-Over-Existing-Tile

Saves demolition dust and time during renovations.

Preparation: Degrease, scuff surface and apply bonding primer
Impact on Usage: Requires primer layer
Recommended Product: C2 S1 High-Bond
Dry walls only

Drywall / Gypsum Board

Suitable only for dry rooms without water spray.

Preparation: Dust-free and primed with acrylic sealer
Impact on Usage: Low consumption on smooth board
Recommended Product: C1 TE or Mastic
Jobsite Adjustments

Fatores que Alteram o Rendimento

On real jobsites, physical conditions deviate from theoretical lab numbers:

01 +15% to -20%

Trowel Angle & Pressure

Troweling at 60 degrees forms full ridges, while a flat 45-degree angle reduces thickness.

Severity Level Moderate
02 +10% to +25%

Tile Back Waffle Pattern

Deep grooves on tile undersides consume mortar to fill hollows.

Severity Level High
03 +15% to +30%

Substrate Unevenness

An unlevel floor forces the setter to thicken the mortar bed.

Severity Level Critical
04 +15% to +20%

Mandatory Back-Buttering

Applying a flat contact skim to large tiles reduces coverage per bag.

Severity Level High
05 +10% loss

Temperature & Air Drafts

Summer heat skins over mortar in the bucket prematurely.

Severity Level Moderate
06 +5% loss

Residue on Bucket & Tools

Mortar adhering to mixing paddles and pail walls.

Severity Level Low
07 +10% to +15%

Diagonal Layout & Cuts

Creates extra perimeter cuts and adjustments.

Severity Level High
08 +30% to +40%

DITRA Membrane Cavities

Filling square dovetail pockets takes extra mortar volume.

Severity Level Critical
Standard Rule Compliant Pass
Target: 80% Simulated: 82%
TCNA A108 Specification Standard

80% vs 95% Mortar Contact Rule

Minimum bond contact requirements to prevent cracked or debonded tiles:

80% Contact Requirement (Dry Interior)

For dry interior floors, at least 80% of tile back must be supported with continuous mortar bed.

2-Step Mortar Calculation for Schluter DITRA

Installing uncoupling membranes requires calculating 2 separate mortar coats:

Layer 1: Under Mat (Substrate to Mat) Layer 1
4 mm / 3/16" V-notch trowel
Yield: ~15 – 18 m² per 25 kg bag
Layer 2: Over Mat (Mat to Tile) Layer 2
10-12 mm notch by tile size
Yield: ~3.5 – 4.5 m² per 25 kg bag

For 20 m² with DITRA, you need ~1.5 bags for the mat + 5 bags for tiles = 7 bags total.

Standards & Specifications

Normas e Classificações Técnicas

International performance classifications explained clearly:

C1 / A118.1 Budget
Tier 0: Unmodified

Standard Mortar

For porous ceramic tiles on rigid concrete.

Polymers: Standard
Flexibility: Rigid
Water Resist: Normal
Strength Rating: ★☆☆☆
C2 / A118.4 Standard
Tier 1: Modified

Polymer-Modified Thinset

Industry standard for porcelain and indoor floors.

Polymers: Modified
Flexibility: Medium
Water Resist: Good
Strength Rating: ★★☆☆
C2 S1 / A118.11 Mid-High
Tier 2: Wood-Bond

Deformable Flex Mortar

For large format tiles and heated screeds.

Polymers: High
Flexibility: Flex ≥ 2.5 mm
Water Resist: Very good
Strength Rating: ★★★☆
C2 S2 / A118.15 Premium
Tier 3: Super-Bond Elite

Highly Deformable Super-Bond

For pools, wood floors, facades and gigantic slabs.

Polymers: Maximum
Flexibility: Flex ≥ 5.0 mm
Water Resist: Excellent
Strength Rating: ★★★★
Interactive Metric Matrix

Mechanical Strength Comparison

Click any classification below to dynamically compare shear bond strength, flexural tolerance, and polymer concentration:

Shear Bond Strength 600+ psi (A118.15)
Flexibility (S1/S2) Very High
Polymer Content Maximum
Material Chemical Base Best Application Wet / Exterior Safe Price Tier
Standard Thinset
Portland Cement + Polymer Universal floor and wall Yes / Excellent $$ (Standard)
Medium-Bed Mortar
Coarse aggregate cement Tiles > 15" & leveling Yes / Recommended $$$ (Medium)
Super-Bond (S2)
Elastomeric polymer Pools, terraces, wood Yes / Maximum $$$$ (Premium)
Tile Mastic (D2)
Water-based acrylic paste Kitchen backsplashes only No (dissolves in water) $$ (Ready mix)
Epoxy Mortar (R2)
2-Part epoxy resin Commercial kitchens, spas Yes / Impermeable $$$$$ (Highest)
Mixing Best Practice

Como Misturar Argamassa e Calculadora de Água

Correct mixing ensures polymers develop maximum shear bond strength:

Phase 01

1. Add Water to Pail First

Always pour clean cold water into the bucket first, then add powder gradually to prevent dry clumps at the bottom.

Phase 02

2. Mix at Low Speed (3–5 min)

Use a drill under 500 RPM. High speed traps air bubbles that weaken tensile bond strength.

Phase 03

3. 10-Minute Slake Time (Mandatory Rest)

Let mortar rest undisturbed for 10 minutes so polymers activate chemically.

Phase 04

4. Remix for 1 Minute – Ready!

Remix for 1 minute without adding any extra water, even if it feels thicker.

Temporizador de tempo de espera (10 minutos)
05:00 Digital Timer

Calculadora de água para frações de saco

Calculate exact water in liters or quarts for partial batches:

Accurate Water Ratio
Target Consistency: Target: Creamy Peanut Butter
Quarts:
2.75 qt
Gallons:
0.69 gal
Fluid Oz:
88 fl oz
Liters of Water:
2.60 L

Warning: Excess water ruins bond strength and causes hollow tiles.

Practical Calculations

Exemplos Práticos de Cálculo

Real project scenarios with transparent math. Click 'Load this room' to try:

4 m² (40 sq ft)

Powder Room (30×30 Ceramic)

Formula Calculation:
4 m² + 10% waste = 4.4 m² ÷ 5 m²/bag = 0.88 bags

A single bag easily covers powder rooms.

Trowel: 8 mm Square
Yield Result: Buy: 1 Bag
5 m² (50 sq ft)

Kitchen Backsplash (Subway Tile)

Formula Calculation:
5 m² + 10% = 5.5 m² ÷ 8 m²/bag = 0.69 bags

Non-sag wall mortar.

Trowel: 6 mm Square
Yield Result: Buy: 1 Bag
10 m² (100 sq ft)

Master Bath (30×60 LFT)

Formula Calculation:
10 m² + 10% + 15% back-butter = 12.65 m² ÷ 4 = 3.16 bags

Back-buttering requires 4th bag.

Trowel: 12 mm Square
Yield Result: Buy: 4 Bags
15 m² (150 sq ft)

Walk-in Shower (Floor & Walls)

Formula Calculation:
15 m² effective ÷ ~4 m²/bag = 3.75 bags

High-flex waterproof mortar required.

Trowel: Floor: 6 mm / Wall: 10 mm
Yield Result: Buy: 4 Bags
30 m² (300 sq ft)

Open Kitchen with DITRA

Formula Calculation:
Under mat: 2 bags + on mat: 8 bags = 10 bags

Double layer application for membrane.

Trowel: Under: 4 mm / Over: 12 mm
Yield Result: Buy: 10 Bags
50 m² (500 sq ft)

Basement Floor (60×60 Porcelain)

Formula Calculation:
50 m² + 12% waste + buttering = 65 m² ÷ 3.5 = 18.5 bags

Pallet delivery recommended for this quantity.

Trowel: 12 mm LFT
Yield Result: Buy: 19 Bags
80 m² (800 sq ft)

Whole House (Plank Porcelain)

Formula Calculation:
80 m² + 15% waste = 105 m² ÷ 3.3 = 31.8 bags

Long planks produce more offcut waste.

Trowel: Euro Slanted
Yield Result: Buy: 32 Bags
120 m² (1,200 sq ft)

Commercial Restaurant Floor

Formula Calculation:
120 m² + 10% = 152 m² ÷ 3.8 = 40 bags

C2 S1 heavy duty commercial bond.

Trowel: 12 mm Square
Yield Result: Buy: 40 Bags (1 Tonne)
Manufacturer Archive

Banco de Dados de Argamassas e Fabricantes

Verified coverage benchmarks and water ratios directly from official Technical Data Sheets (TDS):

Product & Manufacturer Standard Class Yield 6 mm (1/4") Yield 12 mm (1/2") Water Ratio Data Sheet
Generic Polymer-Modified Thinset (ANSI A118.4)
Generic / Standard Industry Average 50 lb bag
ANSI A118.4 / A118.11 82.5 sq ft 45 sq ft 5–6 qts Ficha técnica (TDS) ↗
MAPEI Ultraflex 2 Professional Tile Mortar
MAPEI 50 lb bag
ANSI A118.4, ANSI A118.11 82.5 sq ft 41.5 sq ft 5–6 qts Ficha técnica (TDS) ↗
MAPEI Ultraflex LFT Large Format Mortar
MAPEI 50 lb bag
ANSI A118.4HT, ANSI A118.11 70 sq ft 40 sq ft 5.5–6 qts Ficha técnica (TDS) ↗
Custom VersaBond Fortified Thin-Set Mortar
Custom Building Products 50 lb bag
ANSI A118.4, ANSI A118.11 90 sq ft 44.5 sq ft 5.5–6 qts Ficha técnica (TDS) ↗
Custom VersaBond LFT Large Format Mortar
Custom Building Products 50 lb bag
ANSI A118.4HT, ANSI A118.11 75 sq ft 38.5 sq ft 5.5–6 qts Ficha técnica (TDS) ↗
LATICRETE 254 Platinum Multipurpose Thin-Set
LATICRETE 50 lb bag
ANSI A118.15, ANSI A118.4, ANSI A118.11 87.5 sq ft 43.5 sq ft 5.25–5.75 qts Ficha técnica (TDS) ↗
LATICRETE 253 Gold Modified Thin-Set
LATICRETE 50 lb bag
ANSI A118.4, ANSI A118.11 85 sq ft 41.5 sq ft 5–5.5 qts Ficha técnica (TDS) ↗
Schluter ALL-SET Specialized Tile Mortar
Schluter Systems 50 lb bag
ANSI A118.4T, ANSI A118.11, ANSI A118.15T 80 sq ft 38.5 sq ft 4.75–5.25 qts Ficha técnica (TDS) ↗
ARDEX X 5 Flexible Tile and Stone Mortar
ARDEX 40 lb bag
ANSI A118.4, ANSI A118.11 70 sq ft 34 sq ft 4.5–5 qts Ficha técnica (TDS) ↗
TEC Full Flex Premium Polymer-Modified Mortar
TEC (H.B. Fuller) 50 lb bag
ANSI A118.4, ANSI A118.11 81.5 sq ft 40 sq ft 5–5.5 qts Ficha técnica (TDS) ↗
Brand Calculators

Calculadoras por Marca

Each proprietary formulation yields slightly different square meter rates:

MAPEI

C2 TE S1 / ANSI A118.15

Ultraflex 2, Ultraflex LFT, and Ultralite lightweight mortars.

Ultraflex 1 Ultraflex LFT Kerabond
Calculate MAPEI Coverage → →

LATICRETE

Super-Bond A118.15

254 Platinum, 253 Gold, and 4-XLT high performance.

254 Platinum 4-XLT TRI-LITE
Calculate Laticrete Coverage → →

Custom Building Products

Industry Standard

VersaBond, VersaBond LFT, and FlexBond standard.

VersaBond ProLite FlexBond
Calculate Custom Coverage → →

Schluter Systems

DITRA & KERDI System

ALL-SET, FAST-SET, and DITRA-SET uncoupling mortars.

ALL-SET FAST-SET SET
Calculate Schluter Coverage → →

ARDEX

Lightweight Technology

X 5, X 77 Microtec, and X 78 high-yield formulations.

X 77 Microtec X 5 X 7 Plus
Calculate ARDEX Coverage → →

TEC (H.B. Fuller)

Commercial Grade

Full Flex, 3N1 Performance, and LFT mortars.

TotalFlex 3N1 Performance Super Flex
Calculate TEC Coverage → →

Bostik

Polymer Fortified

Bostik PM, Single-Flex, and Hydroment polymer thinsets.

BAM Big Tile & Stone PM Thinset
Calculate Bostik Coverage → →
Common Questions

Perguntas Frequentes

Authoritative answers grounded in ANSI standards, TCNA guidelines, and manufacturer specifications.